A, different target:
1, imaging technology is for operational technology learning.
2, imaging is including diagnostic and technical aspects of imaging is broader.
2, the basic definition of different:
1, medical imaging technology is mainly divided into contrast, conventional radiography, digital radiography, computed tomography, magnetic **** vibration imaging, digital subtraction angiography, image display and recording.
2, medical imaging technology also includes image processing and computer-aided diagnosis, image archiving and communication systems, medical imaging quality management and imaging protection, clinical applications of medical imaging technology.
3, medical imaging is the study of the human body with the help of some kind of media (such as X-rays, electromagnetic fields, ultrasound, etc.) and the human body to interact with the body, the body's internal tissue and organ structure, density of the body in the form of images to show.
4, the role of medical imaging is for diagnostic physicians based on the information provided by the image to judge, so as to evaluate the health of the human body a science, including medical imaging systems and medical image processing two relatively independent research direction.
Three, the content of the study is different:
1, imaging technology is more oriented to science and technology, such as physics, computer programming requirements are relatively high, VB, C language, macro compilation, microcontroller have to learn, and of course, there is also the image processing, and therefore, the requirements for the English language is also high, because a lot of them are operated in English.
2, diagnostic imaging direction is closer to the clinical, in addition to learning a variety of diagnostic imaging courses, clinical medical students learn, internal and external gynecology and pediatrics, ophthalmology, dermatology, neurology, nuclear medicine, such as clinical courses should also be learned
Four, after graduation, different:
1, after graduation of the imaging technology into the hospital ultrasound room to go to do technicians.
2, imaging after graduation can work hard to graduate school as a doctor.
Fifth, career development is different:
1, imaging technology after graduation soon into the work, and can use about seven years to become a senior technician, get a high salary.
2, imaging needs to go to graduate school to read a doctorate, slowly become a doctor, more slowly into the work, but the prospects are also better.
Expanded Information
Medical Imaging Equipment
Electrocardiogram
The electrocardiogram is an important method of checking the condition of the heart. It can diagnose arrhythmia, coronary heart disease, and assist in discerning the diagnosis of heart valve disease, hypertension, pulmonary and congenital heart disease.
B ultrasound
B ultrasound is suitable for the examination of various congenital heart disease, heart valve disease, tumors in the heart cavity and blood clots and other circulatory system diseases. The diagnosis of gallstones, polypoid lesions of the gallbladder wall, gallbladder cancer and bile duct dilatation is both simple and accurate. For pancreas, spleen, kidneys, adrenal glands, bladder and other organs, occupational lesions, trauma and intracanalicular stones can be clearly displayed. The application of prostate and some gynecological diseases, obstetric examination, observation of the fetus has become a routine imaging method.
X-ray
X-ray is commonly known as "film", divided into X-ray fluoroscopy and X-ray photography, X-ray fluoroscopy is mainly used for screening chest diseases and routine physical examination, you can observe the respiratory motion of the lungs, the heart and blood vessels beat. It can also be used to see where foreign bodies are located in the body. In surgery, it is sometimes used, such as: intraoperative localization, as well as the fracture, dislocation of the patient's reset, etc..
CT
CT is preferred for craniocerebral injuries, neurological lesions, trauma, and hemorrhage, etc. Compared with ultrasound, CT can detect problems earlier, and make a clear diagnosis of the size and location of the lesion, its relationship with the organs in front and behind it, and the scope of the lesion, as well as for the space-occupying lesions that can't be identified and characterized by ultrasound. Through the change of the volume of the lesion, the development of the disease can be observed dynamically, and the examination is not interfered by external factors. Multi-row spiral CT is more accurate.
Nuclear magnetic **** vibration (MRI)
Magnetic **** vibration is more advantageous for neurological lesions and soft tissue lesions. Compared to CT, it allows for some observation of the tissue composition of the lesion and simple monitoring of organ function. It is worth noting that patients with dentures, pacemakers, and metallic magnetic substances such as steel nails in their bodies are absolutely not allowed to have a magnetic **** vibration examination.
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